Multiple-side Safety Light Curtain

Brand: ESPE

Model: ESQC Series

Product Feature:

1.Price range: $46-$723/set (Your order can be finished within 2-3 working days.).

2.ESQC series fence area safety light curtain can be used to assist ESN and ESE series safety curtain to form polyhedron protection.

3.It is mainly used for safety protection of automatic areas. The area protection shields can be directly installed on the ground surface, and it can be used with different numbers of reflector shields to form multiple safety barriers.

 

 

Product Details

Parameter of safety light curtain

Supply voltage DC10V~30V
Capacity <5W
Beam space 10mm, 20mm, 40mm
Resolution 20mm, 30mm, 50mm
Beams 10mm beam space:32, 36, 40……17620mm beam space: 16, 18, 20……8840mm beam space:8, 10, 12……44
Protective height Protective height =(N-1)*beam gap,N is beam quantity
Wave length 940nm
Response time Response time =(N * 0.1ms) + 0.4ms, N is beam quantity
Type of output (OSSD) PNP/NPN semiconductors,current <200mA max, residual voltage: 1 V max. leakage current: 1mA max. (Expect voltage influenced by lengthen wire).
Protective circuit Overload voltage protection, power supply reverse polarity protection, over current protection.
Sensing distance 0.1~30m (If reflective light environment, please let us know in advanced)
Anti-optical interference 10000Lux(I >5°)
Sensing method Through-beam type
Synchronization Wire synchronization
Enclosure material Aluminum alloy
Enclosure rating IP65
Housing cross-section 99.6*75mm
Vibration resistance 10Hz~55Hz,double amplitude each in X、Y、Z directions for 20 times.
Ambient operating temperature -10℃-55℃(with no freezing)
Storage temperature -30℃~70℃ (with no freezing)
Ambient operating humidity When temperature is 20℃,humidity max 85%

 

 

Wire Connection

 

 

 

Explanation of Model Number

 

 

Product Size

 

A1: Upper cover

A2: Bottom cover + aviation cap

B1: Upper stop-work range

B2: Bottom stop-work range

D: Beam space

H: Protective height

L: Total height of light curtain

L(total height)=A1+A2+B1+B2+H (referning ESN or ESE size)

H(protective height)=(beams-1)*beam space

Height of column =L+100